Btu (mean) to Kilotons (metric,explosive energy)
Kilotons (metric, explosive energy) to Btu (mean) (Swap Units)
Format
Decimal Fractions
Accuracy
Select resolution
1 significant figure
2 significant figures
3 significant figures
4 significant figures
5 significant figures
6 significant figures
7 significant figures
8 significant figures
Note: Fractional results are rounded to the nearest 1/64. For a more accurate answer please select 'decimal' from the options above the result.
Note: You can increase or decrease the accuracy of this answer by selecting the number of significant figures required from the options above the result.
Note: For a pure decimal result please select 'decimal' from the options above the result.
One BTU is the energy required to heat 1 avoirdupois pound of liquid water by 1 degree Fahrenheit, at a pressure of one atmosphere. The Btu (mean) uses a result averaged over water temperatures 0 to 100 °C (32.0 to 212.0 °F) which is approx. 1055.87 J
Btu (mean) to Kilotons (metric,explosive energy) formula
kt =
Btu (mean) * 0.00000000025236
A kiloton of TNT is the amount of energy released in the detonation of 1,000 metric tons of TNT. It equates to 4.184 terajoules
Btu (mean) to Kilotons (metric, explosive energy) table
Start
Increments
Increment: 1000
Increment: 100
Increment: 20
Increment: 10
Increment: 5
Increment: 2
Increment: 1
Increment: 0.1
Increment: 0.01
Increment: 0.001
Fractional: 1/64
Fractional: 1/32
Fractional: 1/16
Fractional: 1/8
Fractional: 1/4
Fractional: 1/2
Accuracy
Select resolution
1 significant figure
2 significant figures
3 significant figures
4 significant figures
5 significant figures
6 significant figures
7 significant figures
8 significant figures
Format
Decimal Fractions
Print table
< Smaller Values
Larger Values >
Btu (mean)
Kilotons (metric,explosive energy)
0 Btu (mean)
0.00 kt
1 Btu (mean)
0.00 kt
2 Btu (mean)
0.00 kt
3 Btu (mean)
0.00 kt
4 Btu (mean)
0.00 kt
5 Btu (mean)
0.00 kt
6 Btu (mean)
0.00 kt
7 Btu (mean)
0.00 kt
8 Btu (mean)
0.00 kt
9 Btu (mean)
0.00 kt
10 Btu (mean)
0.00 kt
11 Btu (mean)
0.00 kt
12 Btu (mean)
0.00 kt
13 Btu (mean)
0.00 kt
14 Btu (mean)
0.00 kt
15 Btu (mean)
0.00 kt
16 Btu (mean)
0.00 kt
17 Btu (mean)
0.00 kt
18 Btu (mean)
0.00 kt
19 Btu (mean)
0.00 kt
Btu (mean)
Kilotons (metric,explosive energy)
20 Btu (mean)
0.00 kt
21 Btu (mean)
0.00 kt
22 Btu (mean)
0.00 kt
23 Btu (mean)
0.00 kt
24 Btu (mean)
0.00 kt
25 Btu (mean)
0.00 kt
26 Btu (mean)
0.00 kt
27 Btu (mean)
0.00 kt
28 Btu (mean)
0.00 kt
29 Btu (mean)
0.00 kt
30 Btu (mean)
0.00 kt
31 Btu (mean)
0.00 kt
32 Btu (mean)
0.00 kt
33 Btu (mean)
0.00 kt
34 Btu (mean)
0.00 kt
35 Btu (mean)
0.00 kt
36 Btu (mean)
0.00 kt
37 Btu (mean)
0.00 kt
38 Btu (mean)
0.00 kt
39 Btu (mean)
0.00 kt
Btu (mean)
Kilotons (metric,explosive energy)
40 Btu (mean)
0.00 kt
41 Btu (mean)
0.00 kt
42 Btu (mean)
0.00 kt
43 Btu (mean)
0.00 kt
44 Btu (mean)
0.00 kt
45 Btu (mean)
0.00 kt
46 Btu (mean)
0.00 kt
47 Btu (mean)
0.00 kt
48 Btu (mean)
0.00 kt
49 Btu (mean)
0.00 kt
50 Btu (mean)
0.00 kt
51 Btu (mean)
0.00 kt
52 Btu (mean)
0.00 kt
53 Btu (mean)
0.00 kt
54 Btu (mean)
0.00 kt
55 Btu (mean)
0.00 kt
56 Btu (mean)
0.00 kt
57 Btu (mean)
0.00 kt
58 Btu (mean)
0.00 kt
59 Btu (mean)
0.00 kt